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← Solutions/AI Coding Agents

Spec
to Production.

A Linear or Jira ticket triggers an agent sandbox - code, test, iterate, open a PR. Assign an issue, get back a PR that's tested, working, and ready to merge. Cursor, Codex, and Claude Code write code, but they can't spin up a database, seed test data, or run your E2E suite - so they produce PRs that look right and break in staging. Qovery gives every AI agent a full clone of your production stack - app, database, services, seed data - so agents ship tested features, not just code diffs. On your Kubernetes. In 30 seconds.

30s
full-stack sandbox ready
E2E tested
before PR opens
Your K8s
your cloud, your rules
10 issues
10 sandboxes in parallel
Trusted by 200+ engineering teams
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The problem

Your AI agents
can edit files.
They can't test features.

Today's AI coding agents run in a code-only workspace. They can read files, write code, and run unit tests. But they have no database to query, no backend to call, no services to test against. The PR passes lint. It fails in staging. Every time.

01

The agent writes a migration. Nobody knows if it runs.

Cursor generates an ALTER TABLE migration that looks syntactically correct. But there's no PostgreSQL to run it against. The migration references a column that doesn't exist. The PR gets approved because the diff looks clean. It breaks the deploy.

02

The agent updates an API. Nobody knows if clients break.

Codex changes a response schema, but there's no running frontend to test against. The agent can't verify that the React app still renders correctly with the new payload. A human catches it three days later in staging.

03

The agent runs on someone else's cloud.

Your codebase, your database schemas, your API keys - all running on Cursor's or OpenAI's infrastructure. No audit trail. No network controls. No compliance story. For regulated industries, this is a non-starter.

How it works

From issue
to tested PR.

Your issue tracker Assign an issue, trigger an agent
LinearJira
Qovery platformFull-stack sandbox in 30 seconds
Clone production stack
App + DB + Redis + services - exact replica in 30s
Agent works in sandbox
Claude Code, Codex, or any agent - you choose the brain
Tests run against real stack
E2E, integration, API tests - all against live services
PR opened, env cleaned up
Tested code pushed, sandbox auto-destroyed
Your infrastructure Running on your Kubernetes
Full app stack cloned
Frontend + backend + workers
Real databases
PostgreSQL, MySQL, MongoDB, Redis
Data seeded
Realistic test data from blueprint
E2E tests passing
Cypress, Playwright, Jest - verified
Agent governance
Every request intercepted and audited
Auto-cleanup
Sandbox destroyed after PR merges

Ready to see this in action?

What you get

Complete features.
Not just code diffs.

Six capabilities that close the gap between 'the agent wrote code' and 'the code works in production.'

01

Full-stack sandbox in 30 seconds

Every issue gets a complete clone of your production stack. App containers, PostgreSQL, Redis, message queues - everything. Your platform team defines the blueprint once. Every agent gets an identical copy.

02

Real databases, real data

Agents query, write migrations, and validate against a live PostgreSQL, MySQL, or MongoDB. Seed data is cloned from the blueprint. The migration runs. The query returns results. No mocks.

03

E2E tests against the real stack

Agents run Cypress, Playwright, pytest, Jest - against running services. Integration tests hit real APIs. End-to-end tests interact with the full application. Broken code never reaches a human reviewer.

04

10 issues, 10 sandboxes, in parallel

Every issue gets its own isolated environment. Agents work simultaneously across your backlog. Configurable concurrency caps. No shared state, no conflicts, no queuing.

05

Agent governance proxy

Every outbound request from every agent is intercepted. DLP filters block API key leaks. Domain allowlists prevent data exfiltration. Kill switch stops any agent instantly. Human-in-the-loop approval for destructive operations. Full audit trail.

06

Your infrastructure, your rules

Agents run on your Kubernetes clusters, in your cloud account, in your region. Code and data never leave your infrastructure. Works with Claude Code, Codex, OpenCode, Cursor, or any agent. You choose the brain. Qovery provides the body.

The rollout

From code-only agents
to full-stack agents.

How teams go from agents that write code to agents that ship tested features.

Day 1

Connect your issue tracker

Link Linear or Jira to Qovery. Define a blueprint with your app, database, and services. Label one issue. Watch the agent spin up a sandbox, write the code, run your tests, and open a PR.

Day 7

First autonomous features

Agents handle bug fixes and small features end-to-end. PRs arrive with passing E2E tests. Engineers review tested code instead of untested diffs.

Day 14

Governance and scale

Multiple agents work in parallel. Platform team configures governance policies - which domains agents can reach, which operations need approval, cost caps per team.

Day 30

Autonomous feature factory

Routine features flow from your backlog to merged PRs. Engineers focus on architecture and complex work. Throughput multiplied. Every agent action audited.

Featured · Customer voice
The hard part was never getting an agent to write code - it was giving it a real environment to prove the code works. On Qovery, Claude Code runs unattended for hours inside an isolated, full-stack sandbox, exercises the database and services for real, and only surfaces a PR once it actually passes. We review tested features now, not hopeful diffs.
JP
Jonathan Petitcolas
Staff Engineer · Tint
Read story
Frequently asked questions
What are AI coding agents?
AI coding agents are autonomous AI systems - like Cursor, OpenAI Codex, and Claude Code - that take a task from specification to pull request: reading the codebase, writing code, and opening a reviewable PR. They are strong at generating code but, on their own, run in code-only sandboxes that can't deploy to real environments or verify that the code actually works.
How do you deploy AI agents to a real environment?
To deploy AI agents against real infrastructure, give each agent a full clone of your production stack - application, database, services, and seed data - on your own Kubernetes. Qovery provisions this full-stack sandbox in about 30 seconds, so the agent can deploy, run E2E tests against live services, and open a PR with a working preview URL, all governed and audited.
Is it safe to let AI agents deploy code?
Yes, when deployment is governed. Qovery runs every agent on your own cloud, intercepts all outbound requests through a proxy with DLP filters and domain allowlists, provides a kill switch and human-in-the-loop approval for destructive actions, and logs every operation in a full audit trail. Code and data never leave your infrastructure.
Which AI coding agents does Qovery support?
Qovery is agent-agnostic. It works with Claude Code, OpenAI Codex, Cursor, OpenCode, and other agent runtimes - you bring your own agent, and Qovery provides the environment, deployment, and governance layer it needs to ship tested features.
What is the difference between an AI coding agent and an AI coding assistant?
An AI coding assistant (like inline autocomplete) suggests code as you type while you stay in control. An AI coding agent works autonomously, taking a whole task to a finished PR. Because agents take on more of the loop, the missing "deploy and verify" step matters more - which is exactly what an agent deployment platform provides.

Your agents write code.
Give them a sandbox environment.

Full-stack sandbox environments for every AI agent. Real databases, E2E tests, your infrastructure. From issue to tested PR in minutes.